Mobile devices are making a big difference in the lives of billions of people around the world who use them every day. Internet-enabled smartphones and tablets provide access to information and a channel of communication for users. Building wireless networks to support mobile devices requires large capital investments from wireless carriers who must purchase wireless spectrum and infrastructure. To ensure that mobile services are reliable and affordable, national governments must allocate enough wireless spectrum to commercial carriers to satisfy demand. This is the subject of a new paper from Shamika Ravi and Darrell M. West titled “Spectrum Policy in India."

A scarce resource

Mobile devices typically operate on frequencies from 30 kHz to 300 GHz on the radio spectrum. Unless spectrum is allocated efficiently, the scarcity of available frequencies leads to poor quality and high costs for mobile broadband. The growing demand for mobile service in India currently exceeds the amount of spectrum available to wireless carriers. The scarcity of wireless spectrum limits reliable Internet access for mobile subscribers who have no alternative point of access. According to the Cellular Operators Association of India, nearly 60 percent of Internet users only have access through their mobile phones.

Mobile service in India is relatively expensive for many consumers because the Indian military reserves so much spectrum for their own use. Much of this spectrum goes underutilized, even as commercial carriers plead for more spectrum to be released. When the Indian government does release spectrum, it is typically through auctions with high starting bids. Setting high starting bids for blocks of spectrum can lead to high selling prices that force wireless carriers to take out large loans. Higher prices for spectrum raise costs for consumers and reduce private sector investment in wireless infrastructure. Rather than make spectrum artificially scarce, the Indian government should work with wireless carriers to lower the prices for consumers. 

Investing in India’s future

Reliable mobile service has the potential to greatly enhance economic growth in India. Analysis from the Boston Consulting Group found that the India’s mobile sector grew at 12.4 percent annually from 2009-2014; it now accounts for 2.2 percent of India’s gross domestic product. Potential growth comes from filling gaps in educational and health care spending in rural communities. Innovative mobile applications provide a low cost method of sending education and health care resources to underserved rural communities that lack physical infrastructure. In India’s rapidly growing cities, mobile services are seen as a way to improve the quality of government services and promote entrepreneurship. Prime Minister Narendra Modi recently designated 100 “smart cities” that would use technology to overcome the challenges of India’s rapid urbanization.

India could free up spectrum by adopting the “NATO Band” of spectrum for military uses and auctioning off the remaining spectrum.  The NATO band is used by the militaries of NATO member countries and several of their allies, and it already overlaps with much of the Indian military’s spectrum.  Furthermore, the Indian government must lower the minimum bids at spectrum auctions and lower taxes so that wireless carriers have enough profits to build their networks.  Mobile technologies are rapidly evolving, and each new generation has greater demands for spectrum. Regulators in India will not only have to maintain affordable prices for the current generation of mobile technology, but also anticipate upgrades that will deliver more data at faster speeds.

In a new paper, Shamika Ravi and Darrell West examine mobile technology in India, particularly the crucial role spectrum policy plays in facilitating wireless growth. The availability of devices, high telecommunications costs, and taxes on mobile usage make it difficult for consumers and businesses to take full advantage of the mobile revolution. India has enormous potential for growth in mobile applications as is reflected in its massive number of mobile customers.

While smartphone use has risen in the developing world, increasing access and capacity in key areas like education, health care, transportation, and commerce, countries are finding increased wireless utilization running up against the constraints of radio spectrum available. The frequencies necessary to keep mobile devices connected represent for many countries a scarce natural resource often used for defined purposes that cannot be used for other purposes. Without adequate spectrum, consumers in developing countries in particular may face dropped calls, reduced wireless availability, or high prices, causing slower mobile growth in many countries.

Ravi and West recommend that India open up spectrum space, revamp auctions, make sure that costs are affordable so that consumers don’t pay high telecom prices, enable the trading and management of spectrum, and harmonize regional rules. Without this commitment to a viable digital ecosystem, mobile growth will stagnate and it will be difficult to obtain the benefits of the mobile revolution.

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Executive Summary

In recent years, growth in demand for wireless services has sparked a boom in the mobile phone and wireless data sector.[i] During the past four years, the number of mobile phone subscribers tripled,[ii] and the number of jobs in the telecommunications field has nearly quintupled.[iii] New, better, and faster mobile devices, such as tablets and smartphones, have created multi-billion dollar industries of their own, such as Google Android and the Apple iOS “app stores.”[iv] And those technologies have contributed to the dawning of an always-on, always-connected culture.

But this growing demand for mobile Internet access requires a growing amount of wireless radio spectrum, portending serious problems for the future. At the moment, the United States has designated 547 MHz of spectrum to wireless broadband services, but the Federal Communications Commission (FCC) predicts a need for 637 MHz of spectrum by 2013, and 822 MHz of spectrum by 2014.[v] Without more spectrum allocated to wireless Internet connectivity, America risks short-circuiting the mobile broadband revolution.

The National Broadband Plan proposes a solution. It sets forth a detailed plan to make 300 MHz of spectrum available for wireless broadband use within the next five years, and another 200 MHz in the five years after that.[vi] It seeks to achieve this freeing of spectrum by auctioning unused spectrum, lifting burdensome regulations to enable wireless broadband service in certain spectrum ranges, and reallocating spectrum from other services – notably broadcast television – to enable such spectrum to be used for wireless broadband.[vii] Though many of these provisions are controversial, the FCC has already done serious work to achieve these goals. If the FCC can achieve its goals to enable the growth of wireless broadband, America will be able to unlock the full potential of the wireless broadband revolution and realize the potential of a new wave of American innovation.

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